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Understanding 9/11Title from cover
"April 1975"--Cover
"NPS-57Zi75041"--Cover
Includes bibliographical references (p. 22)
Technical report; 1975
The small disturbance equation of transonic flow is solved by a separation of variables technique. The resulting ordinary, nonlinear differential equations are studied in the phase plane where the general solution represents the behavior of the perturbation velocities. In the phase plane, the character of transonic flow is evident. An asymptotic explicit solution is given which encompasses the sonic flow solution. Numerical integration results for the implicit equations are presented and two flows are examined which are intrinsic to the form of the solution
"April 1975"--Cover
"NPS-57Zi75041"--Cover
Includes bibliographical references (p. 22)
Technical report; 1975
The small disturbance equation of transonic flow is solved by a separation of variables technique. The resulting ordinary, nonlinear differential equations are studied in the phase plane where the general solution represents the behavior of the perturbation velocities. In the phase plane, the character of transonic flow is evident. An asymptotic explicit solution is given which encompasses the sonic flow solution. Numerical integration results for the implicit equations are presented and two flows are examined which are intrinsic to the form of the solution
- External-identifier
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urn:handle:10945/29859
urn:oclc:record:1045378205![[WorldCat (this item)]](/images/worldcat-small.png "[WorldCat (this item)]")
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Naval Postgraduate School
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